Materials such as concrete containing carbonate-based aggregates, bio-based plastics and biochar could sequester more than 16 ...
A s different regions face extreme temperatures and once-in-a-lifetime weather events, the importance of choosing the right ...
Van Roijen calculated the potential to store carbon in a wide range of common building materials including concrete (cement and aggregates), asphalt, plastics, wood and brick. More than 30 billion ...
Replacing traditional construction materials with carbon-absorbing alternatives could cut global CO2 emissions by half, ...
Research shows that replacing conventional materials with carbon-storing alternatives could sequester 16 billion tonnes of ...
The researchers calculated the potential to store carbon in a wide range of common building materials including concrete, asphalt, plastics, wood and brick. Carbon-storing methods included adding ...
Working with Sabbie Miller, associate professor of civil and environmental engineering at UC Davis, and Steve Davis at Stanford University, Van Roijen calculated the potential to store carbon in a ...
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